Products in Paper & Pulp Chemicals: Cardboard

T-Det® PEG 1500 is a polymer of ethylene oxide that is commonly used as a humectant and viscosity modifier in cosmetic and personal care products. It is off-white to white in color and appears in flake form. T-Det® PEG 1500 F is a non-ionic surfactant and emulsifier based on polyethylene glycol with an average molecular weight of 1500. It is a water-soluble liquid manufactured by Harcros Chemicals Inc. This product finds application in a wide range of industrial applications, including agrochemicals, coatings, as well as cosmetics and personal care products.

T-Det® PEG 800 is a water-soluble, low-toxicity liquid with functions as a solvent, plasticizer, and anti-static agent. It is also a humectant with good lubricating properties. Ideal for industrial adhesives and sealants.

T-Det® PEG 4000 is a versatile ingredient used in cleaning, agrochemical, and CASE applications. With properties like water solubility and low toxicity, it functions as a solvent, anti-caking agent, and plasticizer.

T-Det® PEG 400 is a versatile agrochemical solvent and lubricant. This water-soluble liquid is also an anti-static agent, plasticizer, and humectant. With low toxicity, it is ideal for industrial adhesives and sealants.

T-Det® PEG 600 is a versatile agrochemical solvent, suitable for emulsifiable concentrates and soluble liquids. With low toxicity and good lubricating properties, it functions as a humectant, plasticizer, and anti-static agent in various industrial applications.

T-Det® PEG 2000 is a water-dispersible granule with low toxicity. It functions as a lubricant, humectant, anti-static agent, and plasticizer in industrial adhesives and sealants.

Dispelair® DP 336 has been developed for paper and paper board systems which contain low levels of additives; for example, wet strength and dry strength polymers. Such systems are typically characterized by increased levels of surface foam. This system combines the excellent air removal properties of standard deaerators but with enhanced surface foam control.

Dispelair® DP 235 has been developed for paper and paper board systems which contain low levels of additives; for example, wet strength and dry strength polymers. Such systems are typically characterized by increased levels of surface foam. This system combines the excellent air removal properties of standard deaerators but with enhanced surface foam control.

Dispelair® DP 131 is a defoamer for wet end paper and paper board production. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. It assists in the clean running of the paper machine and do not contribute to pitch accumulation.

Dispelair® DP 131 is a hybrid deaerator for wet end paper and paper board production. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. It assists in the clean running of the paper machine and do not contribute to pitch accumulation.

Dispelair® DP 948 for the wet end is designed to work as effective deaerators in the paper & board manufacturing process. The appropriate product choice is largely determined by the temperature, chemical nature of the furnish and regulatory requirements. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. The product assists in the clean running of the paper machine and does not contribute to pitch accumulation.

Dispelair® DP 848 for the wet end is designed to work as effective deaerators in the paper & board manufacturing process. The appropriate product choice is largely determined by the temperature, chemical nature of the furnish and regulatory requirements. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. The product assists in the clean running of the paper machine and does not contribute to pitch accumulation.

Dispelair® DP 959 for the wet end is designed to work as effective deaerators in the paper & board manufacturing process. The appropriate product choice is largely determined by the temperature, chemical nature of the furnish and regulatory requirements. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. The product assists in the clean running of the paper machine and does not contribute to pitch accumulation.

Dispelair® DP 231 has been developed for paper and paper board systems which contain low levels of additives; for example, wet strength and dry strength polymers. Such systems are typically characterized by increased levels of surface foam. This system combines the excellent air removal properties of standard deaerators but with enhanced surface foam control.

Dispelair® DP 139 defoamers for wet end paper, paper board production, waste water treatment and recycling.

Dispelair® DP 906 for the wet end is designed to work as effective deaerators in the paper & board manufacturing process. The appropriate product choice is largely determined by the temperature, chemical nature of the furnish and regulatory requirements. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. The product assists in the clean running of the paper machine and does not contribute to pitch accumulation.

Dispelair® DP 131 is a deaerator for wet end paper and paper board production. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. It assists in the clean running of the paper machine and do not contribute to pitch accumulation.

Dispelair® DP 131 is a hybrid deaerator for wet end paper and paper board production. Effective deaeration can lead to process benefits which include increases in production, drainage and improved web strength. It assists in the clean running of the paper machine and do not contribute to pitch accumulation.

HisarCal® Ex-2 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-1 is used in the paper industry as a micronized calcite by adding 15-30% cellulose in the production of writing paper, wall paper, and cardboard. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® Ex-3 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-1 Fine is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-3 is used in the paper industry. By adding 15-30% to cellulose, micronized calcite is used primarily in the production of writing papers, wallpapers, and cardboard. Because of its high whiteness, low cost, and other technical benefits to paper, it has replaced kaolin in the paper industry over the last ten years, beginning in Europe.

Microsperse 201 is a black colored water based pigment dispersion.

HisarCal® Ex-99 is used in the paper sector. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-99 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

Rota Zeolite Mining Zeolite Powder (10 Micron) is an activated & enrinched very fine powder. They have industrial medical & cosmetic applications.

HisarCal® Ex-5 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-5 is used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.

HisarCal® St-1 is also used in the paper industry. Micronized calcite is used in the production of writing paper, wall paper, and cardboard by adding 15-30% cellulose. Because of its high whiteness, low cost, and other technical properties that it provides to paper, it has entered the paper sector and replaced kaolin in the last ten years all over the world, beginning in Europe.